DiscGolfSim.rtf

#to do: remove previous throws in play mode, turn speed, hyzer/anhyzer
import time, os

height = 20
width = 40
practiceHeight = 40
practiceWidth = 80
numHoles = 9
maps=[]

def makeMap(height,width):
    map=[]
    map.append(list(" "+("_"*width)))
    for j in range(height):
        map.append(list("|"+(" "*width)+"|"))
    map.append(list("|"+("_"*width)+"|"))
    return map

def playRound():
    for hole in holes:
        hole.playHole()
        scoreCard.append(hole.score)
        print(scoreCard)

def practice():
    hole = Hole(makeMap(practiceHeight,practiceWidth))
    hole.updateMap()
    while True:
        hole.printMap()
        currentThrow = getNewThrow()
        currentThrow.updateValues()
        currentThrow.showThrow(hole)
        hole.discLoc[0]=practiceHeight//2
        hole.discLoc[1]=practiceWidth//2

def test():
    hole = Hole(makeMap(practiceHeight,practiceWidth))
    hole.updateMap()
    fade = 0
    turn = 0
    #right:1, left:2
    sameHand = "2"
    #forehand:1,backhand:2
    swing = "2"
    #putter:1,mid:2,driver:3
    disc = "3"
    #Overstable:1, Straight:2, Understable:3
    stability = "2"
    #Hyzer:1,Flat:2,Anhyzer:3
    angle = "2"
    force = 10
    direction = ["1","2","3","4","6","7","8","9"]
    throws = []
    #t=Throw(fade,turn,sameHand,swing,disc,stability,angle,force,direction[0])
    #make test throws
    for i in range(8):
        throws.append(Throw(fade,turn,sameHand,swing,disc,stability,angle,force,direction[i]))
    #show test throws
    for t in throws:
        hole.printMap()
        t.updateValues()
        print(t.fade,t.turn,t.swing,t.disc,t.stability,t.angle,t.force,t.direction)
        t.showThrow(hole)
        hole.discLoc[0]=practiceHeight//2
        hole.discLoc[1]=practiceWidth//2
        
class Hole:
    def __init__(self,MAP,LENGTH=[200],NAME="Practice",TEE=[20,40],BASKET=[5,20],TREES=[]):
        self.map = MAP
        self.length = LENGTH
        self.name = NAME
        self.basket = BASKET
        self.discLoc = TEE
        self.trees = TREES
        self.score = -3
        self.par = 3
    
    def updateMap(self):
        self.map[self.discLoc[0]][self.discLoc[1]] = "o"
        self.map[self.basket[0]][self.basket[1]] = "B"
        for tree in self.trees:
            self.map[tree[0]][tree[1]] = "T"
        
    def printMap(self):
        for x in self.map:
            print(*x, sep='')
        print(f"{self.name}: {self.length} feet\n")
    
    #def deleteDisc(self):
        #self.map[self.discLoc[0]][self.discLoc[1]] = " "
    
    def holeDone(self):
        return self.map[self.discLoc[0]][self.discLoc[1]] == "B" 
    
    def playHole(self):
        while not self.holeDone():    
            print(f"Throws this hole: {self.score+self.par}")
            self.updateMap()
            self.printMap()
        
            currentThrow = getNewThrow()
            currentThrow.updateValues()
            currentThrow.showThrow(self)
            self.score+=1
            os.system('cls' if os.name == 'nt' else 'clear')
        print("Clank go the chains!")
        print(f"You completed this hole in {self.score+self.par} throws.")
        self.printMap()
        input("Press enter to go to next hole")
        os.system('cls' if os.name == 'nt' else 'clear')

class Throw:
    def __init__(self,FADE,TURN,HANDED,SWING,DISC,STABILITY,ANGLE,FORCE,DIRECTION):
        self.fade=FADE
        self.turn=TURN
        self.handed=HANDED
        self.swing=SWING
        self.disc=DISC
        self.stability=STABILITY
        self.angle=ANGLE
        self.force=FORCE
        self.direction=DIRECTION
        self.lastRow = 19
        self.lastCol = 20
        self.hit = False
        self.orthogonal = ["8","6","2","4"]
        if DISC == "1":
            self.turnSpeed = 8
            self.fadeSpeed = 2
        elif DISC == "2":
            self.turnSpeed = 7
            self.fadeSpeed = 3
        else:
            self.turnSpeed = 7
            self.fadeSpeed = 5
    
    def updateValues(self):
        if self.handed=="1":
            self.handed=1
        else:
            self.handed=-1
        if self.swing == "2":
            self.swing=-1
        else:
            self.swing=1
        if self.disc == "1":
            self.force*=1
        elif self.disc == "2":
            self.force*=1.3
        else:
            self.force*=1.5
        if self.stability == "1":
            self.fade=(self.handed*self.swing)*2
        elif self.stability == "2":
            self.fade=(self.handed*self.swing)
        elif self.stability == "3":
            self.turn=(self.handed*self.swing)*-1
            self.fade=(self.handed*self.swing)
        if self.angle=="hyzer":
            self.turn+=(self.handed*self.swing)
            self.fade+=(self.handed*self.swing)
        elif self.angle=="anhyzer":
            self.turn-=(self.handed*self.swing)
        if self.direction not in self.orthogonal:
            if self.force >= 8:
                self.force -= 2
            elif self.force >= 4:
                self.force -= 1
            
    def moveDisc(self,hole):
        #direction 8
        if self.direction=="8":
            if self.hit==True:
                hole.discLoc[0]+=1
            else:
                hole.discLoc[0]+=-1
                if self.force < self.fadeSpeed:
                    hole.discLoc[1]+=self.fade
                    hole.discLoc[1]+=self.fade
                elif self.force > self.turnSpeed:
                    hole.discLoc[1]+=self.turn
        #direction 7
        elif self.direction=="7":
            if self.hit==True:
                hole.discLoc[0]+=1
                hole.discLoc[1]-=1
                if not hole.holeDone():
                    hole.discLoc[1]-=1
                else:
                    self.force=0
            else:
                hole.discLoc[0]+=-1
                hole.discLoc[1]+=-1
                if not hole.holeDone():
                    hole.discLoc[1]+=-1
                else:
                    self.force=0
                if self.force < self.fadeSpeed:
                    if self.fade > 0:
                        hole.discLoc[1]+=2
                    else:
                        hole.discLoc[0]+=1
                # elif self.force > self.turnSpeed:
                #     hole.discLoc[0]-=self.turn
        #direction 9
        elif self.direction=="9":
            if self.hit==True:
                hole.discLoc[0]+=1
                hole.discLoc[1]+=1
                if not hole.holeDone():
                    hole.discLoc[1]+=1
                else:
                    self.force=0
            else:
                hole.discLoc[0]+=-1
                hole.discLoc[1]+=1
                if not hole.holeDone():
                    hole.discLoc[1]+=1
                else:
                    self.force=0
                if self.force < self.fadeSpeed:
                    if self.fade < 0:
                        hole.discLoc[1]+=-2
                    else:
                        hole.discLoc[0]+=1
                # elif self.force > self.turnSpeed:
                #     hole.discLoc[1]+=self.turn
        #direction 4
        elif self.direction=="4":
            if self.hit==True:
                hole.discLoc[1]+=1
                if not hole.holeDone():
                    hole.discLoc[1]+=1
                else:
                    self.force=0
            else:
                hole.discLoc[1]+=-2
                if self.force < self.fadeSpeed:
                    hole.discLoc[0]-=self.fade
                elif self.force > self.turnSpeed:
                    hole.discLoc[0]-=self.turn
        #direction 6
        elif self.direction=="6":
            if self.hit==True:
                hole.discLoc[1]+=-1
                if not hole.holeDone():
                    hole.discLoc[1]+=-1
                else:
                    self.force=0
            else:
                hole.discLoc[1]+=1
                if not hole.holeDone():
                    hole.discLoc[1]+=1
                else:
                    self.force=0
                if self.force < self.fadeSpeed:
                    hole.discLoc[0]+=self.fade
                elif self.force > self.turnSpeed:
                    hole.discLoc[0]+=self.turn
        #direction 1
        elif self.direction=="1":
            if self.hit==True:
                hole.discLoc[0]+=-1
                hole.discLoc[1]+=-1
                if not hole.holeDone():
                    hole.discLoc[1]+=-1
                else:
                    self.force=0
            else:
                hole.discLoc[0]+=1
                hole.discLoc[1]+=-1
                if not hole.holeDone():
                    hole.discLoc[1]+=-1
                else:
                    self.force=0
                if self.force < self.fadeSpeed:
                    if self.fade < 0:
                        hole.discLoc[1]+=2
                    else:
                        hole.discLoc[0]-=1
                elif self.force > self.fadeSpeed:
                    hole.discLoc[1]-=self.turn
        #direction 2
        elif self.direction=="2":
            if self.hit==True:
                hole.discLoc[0]+=-1
            else:
                hole.discLoc[0]+=1
                if self.force < self.fadeSpeed:
                    hole.discLoc[1]-=self.fade
                elif self.force > self.fadeSpeed:
                    hole.discLoc[1]-=self.turn
        #direction 3
        elif self.direction=="3":
            if self.hit==True:
                hole.discLoc[0]+=-1
                hole.discLoc[1]+=1
                if not hole.holeDone():
                    hole.discLoc[1]+=1
                else:
                    self.force=0
            else:
                hole.discLoc[1]+=1
                if not hole.holeDone():
                    hole.discLoc[1]+=1
                    hole.discLoc[0]+=1
                else:
                    self.force=0
                if self.force < self.fadeSpeed:
                    if self.fade > 0:
                        hole.discLoc[1]+=-2
                    else:
                        hole.discLoc[0]+=-1
                # elif self.force > self.turnSpeed:
                #     hole.discLoc[1]+=self.turn
        self.force-=1
    
    def showThrow(self,hole):
        # While disc still moving and not in basket
        while self.force > 0 and hole.map[hole.discLoc[0]][hole.discLoc[1]] != "B":
            os.system('cls' if os.name == 'nt' else 'clear')
            self.lastRow=hole.discLoc[0]
            self.lastCol=hole.discLoc[1]
            #hole.deleteDisc()
            self.moveDisc(hole)
        # hit tree
            if hole.map[hole.discLoc[0]][hole.discLoc[1]] == "T":
                self.hit=True
                self.force-=2
                print("Whack! You hit a tree.")
                hole.printMap()
                time.sleep(1)
                os.system('cls' if os.name == 'nt' else 'clear')
        # out of bounds
            elif hole.map[hole.discLoc[0]][hole.discLoc[1]] == "|" or hole.map[hole.discLoc[0]][hole.discLoc[1]] == "_":
                hole.score+=1
                self.force = 0
                hole.discLoc[0]=self.lastRow
                hole.discLoc[1]=self.lastCol
        # make basket
            try:
                if (hole.map[hole.discLoc[0]][hole.discLoc[1]] == "B") or (hole.map[hole.discLoc[0]-1][hole.discLoc[1]] == "B") or (hole.map[hole.discLoc[0]+1][hole.discLoc[1]] == "B") or (hole.map[hole.discLoc[0]][hole.discLoc[1]-1] == "B") or (hole.map[hole.discLoc[0]][hole.discLoc[1]+1] == "B") or (hole.map[hole.discLoc[0]-1][hole.discLoc[1]-1] == "B") or (hole.map[hole.discLoc[0]-1][hole.discLoc[1]+1] == "B") or (hole.map[hole.discLoc[0]+1][hole.discLoc[1]-1] == "B") or (hole.map[hole.discLoc[0]+1][hole.discLoc[1]+1] == "B"):
                    break
            except:
                exception=1
            hole.updateMap()
            hole.printMap()
            print(hole.discLoc[0],hole.discLoc[1])
            time.sleep(.25)
    
def getNewThrow():
    swing = input("\n1. Forehand\n2. backhand\n")
    disc = input("\nWhat disc do you want to throw?\n1. Putter\n2. Mid\n3. Driver\n")
    #stability and angle removed until fully tested
    # stability = input("\n1. Overstable\n2. Straight\n3. Understable\n")
    stability = "2"
    # angle = input("\nWhat type of throw?\n1. Hyzer\n2. Flat\n3. Anhyzer\n")
    angle = "2"
    force = int(input("\nHow hard will you throw? 1-10\n"))
    direction = input("\nWhat direction? \nEnter numpad number for direction\n")
    fade = 0
    turn = 0
    return Throw(fade,turn,sameHand,swing,disc,stability,angle,force,direction)

#Make maps for course
for i in range(numHoles):
    maps.append(makeMap(height,width))

#Make hole objects
currentHole = 1
holeLength = [250,300,250,250,250,250,250,250,250]
holeName = []
teePos = [[19,20],[20,3],[20,16],[17,10],[20,25],[19,5],[19,17],[19,13],[19,12]]
basketPos = [(7,16),(5,24),(7,14),(7,14),(7,14),(7,14),(7,14),(7,14),(7,14)]
treePos = [[(11,21),(13,17),(15,15),(17,13)],[(6,20),(8,15)],[(11,21),(13,17),(15,15),(17,13)],[(11,21),(13,17),(15,15),(17,13)],[(11,21),(13,17),(15,15),(17,13)],[(11,21),(13,17),(15,15),(17,13)],[(11,21),(13,17),(15,15),(17,13)],[(11,21),(13,17),(15,15),(17,13)],[(11,21),(13,17),(15,15),(17,13)]]
holes = []
strokes = 0
scoreCard = []
for i in range(numHoles): #Make Hole Names
    holeName.append("Hole "+str(i+1))
for i in range(numHoles):
    holes.append(Hole(maps[i],holeLength[i],holeName[i],teePos[i],basketPos[i],treePos[i]))

#play round
print("Welcome to Text Disc Golf Simulator")
gametype = input("1. Practice\n2. Play round\n")
# deactivated test mode
#3. Test\n
sameHand = input("What hand will you throw with?:\n1. right\n2. left\n")
os.system('cls' if os.name == 'nt' else 'clear')
if gametype == "2":
    playRound()
# elif gametype == "3":
#     test()
else:
    practice()